Abstract：This paper analyzes the structural features ofMeso-Cenozoic typical transfer zones in Jiuquan Basinand discusses transfer zone’s oil-controlling based onseismic and outcrop data. Extensional transfer zones inearly Cretaceous are divided into four types includingsynthetic overlapping, synthetic collateral, conjugateddivergent overlapping and transverse fault type. Com-pressional transfer zones in Cenozoic are divided intotwo types:transverse-slip fault and tear fault. Theyare mainly distributed in the south marginal piedmontfold-thrust belt, and perpendicularly developed to thisbelt, which play the role of compressional deformationand displacement. The transfer zones control on for-mation of hydrocarbon accumulations. The extensionaltransfer zones not only play an important part in struc-tures and traps developing in the rift basin, but alsocontrol the distribution of provenance and sedimentarysystem, and thus control the hydrocarbon gatheringand distribution. As hydrocarbon migration paths, thecompressional transfer zones improve reservoir physicalproperties and they are also rich oil-gas belts in QingxiOilfield.
潘良云, 李明杰, 王小善, 张宏伟, 张军勇, 孙星, 孙学栋. 酒泉盆地典型传递带构造特征及控油作用[J]. 石油地球物理勘探, 2013, 48(3): 458-466.
Pan Liangyun, Li Mingjie, Wang Xiaoshan, Zhang Hongwei, Zhang Junyong, Sun Xing, Sun Xuedong. Structural features of typical transfer zones and its oil-controlling significance in Jiuquan Basin. OGP, 2013, 48(3): 458-466.
